Vortex structure deformation of rotating Lifshitz Holographic Superconductors

TL;DR

This paper develops a holographic superconductor model with anisotropic rotation, analyzing how magnetic fields deform vortex structures and replicate experimental vortex lattice behaviors.

Contribution

It introduces a novel anisotropic rotating background for holographic superconductors, capturing vortex lattice deformations and magnetic field effects.

Findings

Vortex lattice deforms from triangular to square with magnetic field changes

Model reproduces experimental vortex lattice deformation behaviors

Vortex population increases with external magnetic field

Abstract

We construct a type-II holographic superconductor from an anisotropic rotating background metric. We study the effects of the magnetic field on the vortex structure, including continuous deformations both from triangular to square lattices or vice versa. Our holographic model reproduces known experimental vortex lattice deformations and the increment of the vortex population by increasing the external magnetic field.